BLUE OCEAN AQUAVOLTAICS SUPER-INTENSIVE PINK SHRIMP RACEWAY- RECIRCULATING AQUACULTURE SYSTEM UTILIZING BIOFLOC TECHNOLOGY (BO-ASI-PS-RRAS-BFT)

Complete Technology, with DPR, Techno-Economic Feasibility Report, Environment Clearance Assessment Report, Engineering Drawings, Indicative Financials, Expediting Operations, Produce Buy-Back Agreements etc can be provided after proper agreement.

CRRAS layout consists of eight Units

 

  1. Main Reservoir (MR)
  2. Main Culture/Growout Pond (GOP),
  3. Inbuilt Nursery Pond/Tank (INP)
  4. Inbuilt Nursery-Mechanical, Biofiltration and Disinfection Systems (INMBDS)
  5. Intensive CRRAS Equipment Unit (ICEU).
  6. Green House (GH)-Total Area 1.44 Acres
  7. Water and Culture Parameters Monitoring Equipment (WCPME)
  8. Effluent Treatment Plant (ETP)

Nursery construction is done with Galvanised Iron Pipes and HDPE-Geomembrane where GI Pipes are bent using Hydraulic Press, Welded together circularly and HDPE Geomembrane welded in Circular shape equipped with a central drainage system. Grow Out ponds are constructed by excavating earth and a HDPE-Geomembrane laid on it with a GI Shaded net structure to prevent from heat or building poly houses wherever necessary.

Egg Incubators

BioFloc Nursery Tanks where PL and fingerlings are feeded

  • 25 Acres or 100,000 Sq Mt required for production of 1000 MT of Shrimp.
  • No. of RAS Tanks required for Nursery Phase 12m Diameter X 20 Nos.
  • No. of RAS (or Raceway RAS-RRAS) Tanks/Ponds required for Growout 45m X 45m = 2025 sq mt X 30 Nos.
  • Nursery Phase Stocking Density 6000 nos per cubic meter (95% Survival expected in BioFloc Nursery System)
  • Growout Phase Stocking Density 120-150 nos per cubic meter.
  • Four Cycles planned per Year-250 MT of Shrimp of Size 20-30 Grams Per Harvest Cycle. Total 1000mt/year.
CONTACT US
Scroll to Top